| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_A0426 |
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| Symbol | |
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| ID | 7077011 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Bacillus cereus AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011658 |
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| Strand | + |
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| Start bp | 388335 |
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| End bp | 391523 |
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| Gene Length | 3189 bp |
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| Protein Length | 1062 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 643448925 |
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| Product | linear gramicidin synthetase subunit B, putative |
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| Protein accession | YP_002336454 |
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| Protein GI | 217957910 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATAGGG AGTATTTAAT AAAGAAATTA GAAGAACATG CGAATGTAAA TCCTATGAAA
ATAGCAGTAA AATGTAAAGA TAAGGAGTTA ACATATCAGC AGTTTAATCA AATGACTAAT
TATGTTGCAA AGAATTTACT TAGAAAAACC GGTGGAGAAA ATGTAATTAT TCCATTGCGG
ACAAGGAATA ATTTGAATAC TTTAATTAGT ATATTTGGAA TTCTTAAAGC TGGGGCAGCT
TGGTTACCTA TGGCGAAGGA GATTACGCAT GCTAAGTGTC AGGCTATTTT AAGTGAAATT
GAGACATCCT TTTTTATTAC AGATTTTGAA ACTGAAAATT TTGGGAAGAA AATTATTCAA
GCTAGTACTT TAATGTCTCA AAATAATTCT AACCTAGAAT ATGAAAGAGC CCAAGATAAT
TATAGGGATC AAAATATTTC ATATGTACTA TATACTTCTG GTACAACGGG CAAACCAAAA
GGGTGTTTAT TGGAAGACAA AAGTTTAATT CAAAAACTTA TAACCCTTGA TAATACGTTT
CCTTTTAAAG AAAATGATAA TTATTTATTT TCGACAAATT ACTCTTTTGA TGTATCTATC
ACAGAAATAT TTGGTTGGGT ATTTGGGGGA GGGGCGATTA CTTTATACGA TTCTACTATT
CCTTCAACTG AATTACCTAA ATATATTTTT GAAAAAGAAG TAACCCATGT AGCTTTTTCA
CCTTCATTTA TCAAATTATT CTTTAAAAAT CAAGAACATT ATTTCCGTAA TATCAAATAT
ATGTTTATTG CAGGGGAAAA ATTCCCATCT GATTTAGCTC AGAAGTTTAA TGAGGCGGCT
TTAGATATGC AAGTATACAA TTTATATGGG CCGACTGAAA CGTCTATATA TGCAACTTAT
TTTAATATTA ATCAATTATC AGATGAGGAT TTAAATGTTC CAATCGGTTA TGCTTTAGAT
GGCGTGGACA TTAAAATTTA TAAAAATAAT CAATTATTAT CCGATGGGGG GATTGGTGAA
ATCTTAATTG GCGGAGAAGG CTTAGCAAGA GAATATTATA AAAGAAGTGA ATTAACTGAA
GAGAAATTCT TTTTAATTGA TAATAATAGG TACTATAAAA GTGGCGATTT AGGGTATATT
CAGGATGGGA AAATTTTTTA TTTGGGGCGT GAAGATTCAC AAATAAAAAT TAATGGAATT
AGGGTAGAAG CTGAAGAGAT TGAAAGTACA TTAAAAAAAA TAATGCCTAT CGAAGATGCT
ATTGTTCGCT TAGAAGAATA TGAAGGGAAA AAATTCTTAA CAGCATATAT TAAAACAGAT
TATTACCTGG ATTTTATGGC TTATGAACCT AAACTAAAAG AACAAATTGA GTCATATTTT
ATCCCTAAAA TGTATGTAAG TATAAAGGAA TATCCTTTAA ATAAAAATAA TAAAGTGGAC
TTTGACAAAT TACGTTTTGA ATTTATTAAT AAATTAGAGC ACACTAATAT AGACAGTTTT
GAGTTTAGTG ATGCAGTACA AAATAGCTTA GCAAATATAT GGAAAACAAT TTTGAAGAGT
GAGATTAATG TTAAAGATAA TTTCTTTTCC ATTGGTGGAG ATTCTTTAGA TTCAGTAGCG
CTTATGATGG AAATTGAGGA AAAATTTGAT GTTATTTTAT CAAATGAAGA AATTATTAAG
AATTCTACAT TTTCAAAGAT GGCCGGGGTA ATTTCGGATA AAATAAATAA GGTTAATATA
GAGGCATTTA AAAGATATTG GGGAAAAGTG GAGTTAGGTT TCGAATTTGA TATAAAAGAA
GAAAATGAAG AAAATCTTTT AATCGTAAAT CAAGAAAAAG AGAAATTAGT TTTACAAAAG
TATTGTGAAA ATCTTGATAT AAGTGTGCAA CCTGATCGAA TTCTTTGCCT AGGGGGTATA
AAACAGGAAT ATAAGTATAA GGAAAACGTA GTTATTCCGG TTTCAGCGCA AGGGACACCA
AATGTCTCTA CTTTTCCATT ATTCAGTAGA CAAGAATTTT ATTTAAGACG AAATTTTAAT
TCTATTTTAC TTAAGGAATT AGTGGTAATG AGTAAAGACG TTTCAAGAGT ACTTGAGACG
ATTAAACATC TAGTTAATAC GCAACTATTG TTAAGGGTAG TAATTGCGGA AAATAAACAA
TTTGTTGAGA AGAAAACAAA TCCAAATATA TTTAACGCAA TCAATTATTA TGATTTGTCA
AATTTACCGT ATGAGGAATC TATAGAGAGA TTAACAGAGA TTAAAAAGGA TACACTTGAA
TCTTTGAGTA ACCTGGATAT CTATAATCAC TTTTTATATG AAATTATACT TGTGAGAGAA
AATAGTAAAA AACTTAAGGT TATTTTCTTT ATGAATCACC ATATCGCAGA TGCATTTGCG
TTAAATGTAT TGCAAAGAGA ATTTTTTGAT TTTTATGATA ATGAATCTTT AAATGTAGCA
AGTCAGTTGT TTGATTATCG TGATTTTACA GAGGATGTAT TAGCTTTATG TAATGAAAAA
ACTATTTTAG ATGTACAAAA TAGTGAGTAT TATAGAGAAC TTAAAAACAA TTTTGATGAA
TTAAAACAAA ATTTAGTTAT AAATTCTGAG GCGCCTATTT ATGAAATTGT GGTAAATAAT
CAATATAAGG ATAGAAATCA AAGAGCGGAT TTAGTATTTA ATAAAATTGC GAGTATTGTT
GAAGAAAACT ATGGTAGTAC AAAACAATGC TATCAAATTT TAAAAAATTT AAACACATAT
AATGGTAAAA ACTATGAAAA TCAATTAGGG GATTATCATG TAAGTATTTT TGTACCATTT
GATTCTCAAA ATGAAGAAAA CCTATTTTCT AAGAGTGAAT TATTATTGAA AGATATATAT
ATTGATAAGA AGTGGCATTT AGATTACTTA TGTTCTTCAG AAAAATACAA AGATAATGAA
CAAATGCGGA TCTTTCCAGA AATAAATTTA AGTATTAATT ATCTAGGGGA GTTTACCTTA
GAAGACTTAA ATGATTGGAG AAATAAACTA GCAGCATCAA GGGAAATGAC AGCTAAATTA
AATACAAAAA TAAGAATTAC GTGTTTTAAT TACAAGAATC AGTCATACAT TTATATTTTA
AACAATGCGG CATTGAATAC TAATTATGAT ACGTGTATTT TCAATGCTAA AAAAGTTATT
CTAAATTAA
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| Protein sequence | MNREYLIKKL EEHANVNPMK IAVKCKDKEL TYQQFNQMTN YVAKNLLRKT GGENVIIPLR
TRNNLNTLIS IFGILKAGAA WLPMAKEITH AKCQAILSEI ETSFFITDFE TENFGKKIIQ
ASTLMSQNNS NLEYERAQDN YRDQNISYVL YTSGTTGKPK GCLLEDKSLI QKLITLDNTF
PFKENDNYLF STNYSFDVSI TEIFGWVFGG GAITLYDSTI PSTELPKYIF EKEVTHVAFS
PSFIKLFFKN QEHYFRNIKY MFIAGEKFPS DLAQKFNEAA LDMQVYNLYG PTETSIYATY
FNINQLSDED LNVPIGYALD GVDIKIYKNN QLLSDGGIGE ILIGGEGLAR EYYKRSELTE
EKFFLIDNNR YYKSGDLGYI QDGKIFYLGR EDSQIKINGI RVEAEEIEST LKKIMPIEDA
IVRLEEYEGK KFLTAYIKTD YYLDFMAYEP KLKEQIESYF IPKMYVSIKE YPLNKNNKVD
FDKLRFEFIN KLEHTNIDSF EFSDAVQNSL ANIWKTILKS EINVKDNFFS IGGDSLDSVA
LMMEIEEKFD VILSNEEIIK NSTFSKMAGV ISDKINKVNI EAFKRYWGKV ELGFEFDIKE
ENEENLLIVN QEKEKLVLQK YCENLDISVQ PDRILCLGGI KQEYKYKENV VIPVSAQGTP
NVSTFPLFSR QEFYLRRNFN SILLKELVVM SKDVSRVLET IKHLVNTQLL LRVVIAENKQ
FVEKKTNPNI FNAINYYDLS NLPYEESIER LTEIKKDTLE SLSNLDIYNH FLYEIILVRE
NSKKLKVIFF MNHHIADAFA LNVLQREFFD FYDNESLNVA SQLFDYRDFT EDVLALCNEK
TILDVQNSEY YRELKNNFDE LKQNLVINSE APIYEIVVNN QYKDRNQRAD LVFNKIASIV
EENYGSTKQC YQILKNLNTY NGKNYENQLG DYHVSIFVPF DSQNEENLFS KSELLLKDIY
IDKKWHLDYL CSSEKYKDNE QMRIFPEINL SINYLGEFTL EDLNDWRNKL AASREMTAKL
NTKIRITCFN YKNQSYIYIL NNAALNTNYD TCIFNAKKVI LN
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